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English | 2026 | ISBN-10: 9819550556 | 501 pages | Epub PDF (True) | 59 MB [/center]
This book examines the interplay between plants and their microbiomes to leverage the potential of nanotechnology to advance sustainable farming practices. It provides information on integration of nanomaterials with microbiome science thus providing solutions for improving soil health, disease resistance and nutrient uptake, ultimately leading to more robust crop yields. The chapters cover a range of critical topics, including the application of nanotechnology in enhancing plant-microbe interactions, the development of eco-friendly farming techniques, and the role of microbiomes in sustainable agriculture. Through detailed case studies and insights from leading experts, the book emphasizes the importance of holistic approaches that consider the intricate interactions within plant-microbe systems. Readers will discover the transformative potential of nanotechnology in sustainable crop management, gaining a deeper understanding of strategies that enhance crop health while minimizing environmental impact.
English | 2026 | ISBN-10: 9819550556 | 501 pages | Epub PDF (True) | 59 MB [/center]
This book examines the interplay between plants and their microbiomes to leverage the potential of nanotechnology to advance sustainable farming practices. It provides information on integration of nanomaterials with microbiome science thus providing solutions for improving soil health, disease resistance and nutrient uptake, ultimately leading to more robust crop yields. The chapters cover a range of critical topics, including the application of nanotechnology in enhancing plant-microbe interactions, the development of eco-friendly farming techniques, and the role of microbiomes in sustainable agriculture. Through detailed case studies and insights from leading experts, the book emphasizes the importance of holistic approaches that consider the intricate interactions within plant-microbe systems. Readers will discover the transformative potential of nanotechnology in sustainable crop management, gaining a deeper understanding of strategies that enhance crop health while minimizing environmental impact.
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